| PARTIAL CUSTOMER LIST |
| • |
Anderson Greenwood Crosby (Crosby Valve, Inc.)
|
Class 1 Nuclear |
| • |
Brush Wellman, Inc. |
AlBeWeld TM Process, EMPS 02–02 |
| • |
Carleton Technologies |
CPS–751 |
| • |
BAE (Allied Bendix Corp) |
|
| • |
EGG Sealol, Inc. (Perkin Elmer) |
|
| • |
E. I. Dupont Company |
|
| • |
General Electric Company |
P8TF3, P8TF5, P8FT8, P8FT10, S312, S422 |
| • |
Goodrich Aerospace (Chandler Evans) |
|
| • |
Government Cage Code |
8V938 |
| • |
Hamilton Sundstrand |
HS–1448, HS–1442 (HSMI & HSM2) |
| • |
Hamilton Sundstrand International Space Systems |
SVHS 13663, SVHS 13747, SVHS 9106 |
| • |
Honeywell |
WBS 52, WBS 53 (Laser Weld for Space Station) |
| • |
Kamatics Corporation |
KCS–27 |
| • |
Lawrence Livermore Laboratories |
|
| • |
Lockheed Martin Corp. |
|
| • |
Lucas Aerospace |
|
| • |
Marotta Scientific Controls |
|
| • |
Moog, Inc. |
|
| • |
Pfizer Corporation |
|
| • |
Pratt & Whitney Aircraft (E.Hartford) |
PWA–119, (PWA–16–2, 22, 222, 3, 33, 333, 39, 4, 6, 66, 666, 7) |
| |
| |
(LCS Certified) |
Vendor Code S–38640 |
| • |
PWA (Canada) |
(CPW24–33, 333, 66) (426–2) (CPW 24–2 TIG) |
| • |
Rolls-Royce |
|
| • |
Smith Aerospace |
|
| • |
Twin Manufacturing |
FAA Satellite Facility VP50283N |
| • |
TYCO/U.S. Surgical |
|
| • |
United Technologies Research Center |
|
| • |
Windsor Manufacturing |
|
| • |
Wood Group Fuel Systems |
|
| |
| APPROVED MIL SPECIFICATIONS & REFERENCE LIST* |
| • |
AMS–2680 |
Welding |
| • |
AMS–2681B |
Welding |
| • |
ANSI/NCSL Z540–1–1994 |
Calibration |
| • |
ARP–1317 |
Welding |
| • |
FAR–145 |
FAA Manual (Acceleron/Twin Manufacturing partner in FAA repair. Twin Manufacturing is primary holder.) |
| • |
MIL–STD–1595A, AWS D17.1:2000 |
Operator Qualification |
| • |
MIL–W–8604A |
Welding |
| * Note: Listed specifications are applicable to customers above. |
| |
| NADCAP QUALIFICATIONS |
| Scope of Compliance – Aerospace Quality Systems |
| • |
C7004 Rev. C. – Nadcap Criteria for Inspection and Test Quality System |
| |
|
| Scope of Accreditation – Welding |
| • |
AC7110/3 Rev. C. – Nadcap Criteria for Electron Beam Welding |
| • |
AC7110/5 Rev. C. – Nadcap Audit Criteria for Fusion Welding |
| • |
Gas Tungsten Arc Welding |
| • |
AC7110/6 Rev. C. – Nadcap Audit Criteria for Laser Welding |
| • |
AC7110 Rev. C. – Nadcap Audit Criteria for Welding / Brazing |
| |
| Scope of Accreditation – Non Conventional Machining and Surface Enhancement |
| • |
AC7116 – Nadcap Audit Criteria for Nonconventional Machining
(ECM, ECG, EDM, LBM) |
| • |
AC7116/4 – Nadcap Audit Criteria for Laser Beam Machining (LBM) – cutting & drilling |
| |
| CALIBRATION
AND INSPECTION EQUIPMENT |
| • |
(17)
Stereo Zoom lens microscopes for preassembly and inspection
control |
| • |
(1)
Unitron 500X power microscope with photographic capabilities |
| • |
(1)
Mitutoyo non–contact image measuring system to within ±.0002" |
| • |
(2)
Nikon optical comparators (SPC) integrated |
| • |
(3)
Helium mass spectrometers |
| • |
(10)
Inspection surface plates |
| • |
Miscellaneous
calipers, micrometers, height indicators, etc. |
| |
| METALLURGICAL
LAB EQUIPMENT CAPABILITIES |
| • |
(1)
Buehler hot mounting press |
| • |
(4)
Buehler polishing stations |
| • |
(2)
Abrasive cut–off wheels |
| • |
(1)
Low–speed cut–off saw |
| • |
Full
acid etching capabilities |
| • |
Nikon
stereo scope with image analysis |
| • |
Rockwell
hardness tester |
| • |
50X
– 1000X Olympus inverted stage metallograph capable of re–cast
layer analysis, qualitative phase analysis, digital image capturing,
automatic microstructural analysis |
| |
| SUPPORT
EQUIPMENT |
| • |
(3)
Abrasive cut–off wheels |
| • |
(2)
Ovens for stress relief |
| • |
(4)
Ultrasonic degreasing units |
| • |
(2)
Class 100 laminar flow benches |
| • |
(1)
Monitored 24–hour security system |
| • |
Software:
Cad/Cam, Autocad 2006, Cimcad/Cimcam, Camsoft AS3000 |
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